Product note / 01AI-native2 min read
Matching on DNA, not keywords: how the Compatibility Index works
Replace keyword search with structured data about the candidate and the role. Candidates see how a job fits their preferences, and recruiters review a breakdown per applicant instead of a keyword count.
The problemA sourcing loop that keeps finding the same people
Most funnels are a Boolean search in a trench coat. Write the job description, pull the keywords, run the query, get back a list of people who used the right nouns. Volume was never the problem; signal is. Two candidates can match the same terms and be very different in the same role.
How it worksScore compatibility instead of running a query
Candidates see a Compatibility Index from 0 to 100 that compares a job's scouting profile (work style axes, salary, team size, work mode, perks, distance) with their own preferences. Recruiters see applicants ranked on skills, seniority and experience, salary, availability, location and language, with the breakdown per applicant.
- Skills scored on one 0–10 scale, shared by candidates and companies
- 70+ scouting-profile fields describe the organisation and the role
- Work style, salary, team size, work mode, perks and distance compared with a candidate's preferences
- A full match breakdown per applicant, not a single black-box number
In the productThe shortlist is the product
Recruiters open a ranked list of applicants with the breakdown per person: skills, seniority and experience, salary, availability, location and language. Candidates see their Compatibility Index on each job.
Why it mattersWhy structure matters
We have no outcome data to show yet, and we will not invent any. The argument is structural: when both the job and the candidate are described in structured data, the comparison is a calculation instead of a guess, and a recruiter can check why a name is on the list.
In one line
Compatibility, not similarity, as the default for shortlists.
- Applicant ranking
- Skills · Seniority · Salary · Availability · Location · Language
- Evidence per pair
- Full match breakdown
- Discovery model
- Structure-first







